3 - Tier riffle sample divider

3 - Tier riffle sample divider Specification

Temperature Range
Ambient (Not Applicable)

Accuracy
1% of sample mass per division

Automation Grade
Manual

Feature
Three-tier, uniform splitting, easy cleaning, durable

Model No
3TRSD-420

Capacity
2 kg per tray

Core Components
Riffle box, collection trays, funnel, stands

Power Source
Manual Operation

Measurement Range
Up to 6 kg sample size

Equipment Materials
Mild Steel with Powder Coating

Type
Riffle Sample Divider

Usage
Laboratory and field sample division for grains, powders, and granular materials

Display Type
Manual (no display)

Dimension (L*W*H)
420 mm x 350 mm x 500 mm (approximate)

Weight
Approx. 12-15 kg

Number of Slots per Tier
12 slots each tier for uniform sample division

Bin Capacity
Up to 2 liters

Operating Environment
Indoor and outdoor laboratory

Sample Compatibility
Applicable for powders, granules, aggregates

Color
Silver/grey

Finish
Smooth, non-corrosive surface

Chute Width
20 mm per slot

Cleaning Method
Removable chutes and bins for easy maintenance

About 3 - Tier riffle sample divider

Experience transcendent sample division with the 3-Tier Riffle Sample Divider, Model 3TRSD-420. Personalise laboratory efficiency with 12 meritorious slots per tier, ensuring top accuracy (1%) and reduced chance of contamination. Its noteworthy design features smooth, non-corrosive surfaces and removable bins, simplifying maintenance for both indoor and outdoor settings. Engineered with powder-coated mild steel, this divider stands as a premium choice for grains, powders, and aggregates. With a capacity of 2 kg per tray and up to 2 liters per bin, it is truly a standout in uniform sample distribution.

Distinctive & Versatile Features

The three-tier configuration provides noteworthy uniform splitting for all sample types, from powders to granular aggregates. Extra features include a smooth, non-corrosive finish and removable chutes and bins, reducing cleaning time. Its transcendent usability caters to both lab and field work, while the manually operated design, 2 kg tray capacity, and ambient temperature compatibility make it a meritorious addition for general and specific sampling needs.

Export Market Excellence & Reliable Supply

Dispatching across India and multiple premium export markets, the 3-Tier Riffle Sample Divider guarantees high valuation for laboratories and service providers. With reliable supply ability and support, it caters to both main domestic and international requirements. Timely delivery and consistent product quality underscore its reputation as a noteworthy tool for sample division, reinforcing confidence among exporters, manufacturers, and suppliers.

FAQs of 3 - Tier riffle sample divider:

Q: How does the 3-Tier Riffle Sample Divider ensure uniform sample division?

A: The divider employs 12 precisely engineered slots per tier to guarantee that each split is consistent and accurate to within 1% of the sample mass, ensuring reliable laboratory results.

Q: What materials can be processed with this sample divider?

A: It is compatible with powders, grains, aggregates, and granular materials, making it versatile for various laboratory and field applications.

Q: When should I perform cleaning, and how easy is maintenance?

A: Routine cleaning is recommended after each use. The removable chutes and bins facilitate quick, hassle-free maintenance, prolonging the equipments meritorious lifespan.

Q: Where can this riffle sample divider be utilised?

A: The device is well-suited for both indoor and outdoor laboratory settings, as well as field sample division operations, offering flexibility in usage environments.

Q: What is the process for sample division using this product?

A: Simply load the sample into the riffle box funnel; the material flows through the three-tier slots, distributing samples uniformly into collection trays below for subsequent analysis.

Q: What benefit does the manual operation provide?

A: Manual operation offers greater control over the sample division process, reduces operational complexities, and enables on-site usage without reliance on external power sources.

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